Raymond H Hebert

US Patent:

6401293, Jun 11, 2002

Filed:

Jun 7, 2000

Appl. No.:

09/589026

Inventors:

Michael Scott Young - Eliot ME
Raymond Alphonse Hebert - Rochester NH

Assignee:

Heidelberger Druckmaschinen AG - Heidelberg

International Classification:

B41F 4100

US Classification:

1525651, 101425

Abstract:

A bearer wipe holder includes a base and a fastener selectively movable with respect to the base, a wipe fitting between the base and the fastener, the fastener contacting the base through the wipe at least separate two locations when the wipe is between the base and the fastener. Also disclosed is a bearer wipe including a body having at least a first hole for receiving a pin of a wipe holder and a second hole or slot for receiving one of a second pin and a bolt of a bearer holder, as well as a method for wiping a bearer of a printing press comprising the steps of placing a wipe against a base of a bearer holder, placing a fastener over the wipe so that the fastener contacts the base at least two separate locations so as to firmly hold the wipe between the base and the fastener, and contacting the bearer with the wipe.

US Patent:

6672430, Jan 6, 2004

Filed:

Jul 9, 2001

Appl. No.:

09/901255

Inventors:

Ronald Henry Boucher - Goffstown NH
Raymond Alphonse Hebert - Rochester NH

Assignee:

Heidelberger Druckmaschinen AG - Heidelberg

International Classification:

A47B 916

US Classification:

187269, 187211, 108145, 182141

Abstract:

A method for adjusting a first force applied to a movable element in a first position of the movable element by a force applying device, the force applying device applying a second force to the movable element in a second position of the movable element. The method includes connecting the movable element and a base element with a scissors-type linkage; mounting the force applying device to the scissors-type linkage at a first mounting point; mounting the force applying device to the base element at a second mounting point; and moving at least one of the first and the second mounting points along a constant force curve, so that the second force remains constant as the first force is adjusted. A device for adjusting a first force applied to a movable element in a first position is also provided.